Company Filing History:
Years Active: 2007
Title: Innovations in Uterine Artery Occlusion: The Work of Randy Werneth
Introduction
Randy Werneth, an inventive mind located in Poway, California, has made significant contributions in the medical field with his pioneering work on uterine artery occlusion. With one patent to his name, Werneth's invention provides a groundbreaking method for addressing uterine disorders through innovative medical technology.
Latest Patents
Werneth's sole patent, titled "Method and apparatus for the detection and ligation of uterine arteries," presents a novel approach to occluding arteries without the need to puncture skin or vessel walls. This invention allows for the external application of devices, systems, and methods specifically designed to occlude arteries—whether temporarily, permanently, partially, or completely. By clamping a device around tissue close to the artery, effective compression can be achieved, indirectly compressing the artery itself. This innovative technique especially finds utility in treating various uterine conditions through non-invasive methods.
Career Highlights
Currently, Randy Werneth is associated with Vascular Control Systems, Inc., where he continues to contribute to advancements in vascular health. His patent reflects his commitment to enhancing medical procedures by providing safer and more efficient options for patients, particularly in gynecological treatments.
Collaborations
Throughout his career, Werneth has collaborated with notable colleagues, including Fred H. Burbank and Michael L. Jones. These partnerships have helped refine his inventions and expand their applicability in medical practice, ensuring the development of reliable and innovative solutions in vascular treatment.
Conclusion
Randy Werneth stands out as an influential inventor in the realm of medical technology with his innovative approach to uterine artery occlusion. His contributions, embodied in his patent, exemplify the depth of thought and creativity applied to solving complex medical challenges, promising improved outcomes for patients facing uterine disorders.